Scientific approaches in the implementation of marine strategies: management tools (ACCION+)
For marine strategies of the State. Improvement of scientific knowledge about the state of the marine environment at the national level.
For marine strategies of the State. Improvement of scientific knowledge about the state of the marine environment at the national level.
Evaluation of the potential ecological and social impacts of offshore wind farms in areas of high biodiversity and great landscape value of the Spanish Mediterranean, taking as a case study the wind farm proposed in the area of Cap de Creus/Gulf of Roses, to contribute to avoid or minimize the impacts of offshore wind on marine biodiversity and the landscape.
The starting hypothesis of this study is that to develop a sustainable and resilient offshore wind industry in Spain, it is necessary to implement methodologies and regulatory schemes that address the particularities of this technology, referring to the administrative authorization regime, financing schemes, protection and governance of the marine environment, and coexistence with other activities.
The overall goal of NiD4OCEAN is to advance the emerging field of NiDs (and NBS in general) for offshore renewables, and provide effective, context-dependent solutions.
The main objective of MEDSEAPLAN is to develop a comprehensive tool based on scientific knowledge for the application of the Ecosystem-based Approach to be used in PEM processes with the intention of promoting a Sustainable Blue Economy in the Mediterranean.
Business for Ocean Sustainability is a multi-year research project. Explore the relationship between business and ocean sustainability.
The goal of the Alter-C coordinated project is to understand how C sinks and sources in inland waters are affected by reductions in current and future conditions. Alter-C combines cutting-edge methodologies with an integrative perspective, including river networks, lakes, ponds and reservoirs.
In a context in which prolonged periods of drought are becoming more frequent, the intoDBP project takes on special importance for its innovative approach to water management. The project aims to improve water quality and minimize exposure to harmful disinfection byproducts.
UNDAMMED will establish the foundations to anticipate the role of dam removal in the restoration of sedimentary, hydrological and carbon dynamics in river networks. After more than a century of intensive damming, most river networks in Europe are populated by a myriad of structures of varying size.
InventWater will form a new generation of professionals capable of uniting fields with data science, climate, hydrology and water ecology, and who develop the necessary capabilities to translate the knowledge and technical innovations into useful products for the managers.
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